Importance of Design Simulation in Product Development
What is Design Simulation Service? It is a tool that is mainly used by engineers and designers to test their designs to identify any potential errors before building that in reality. The main benefit of using a design simulation service is that engineers can design their product/ construction without spending any real resources.
Complex Problem Solving
Design Simulation Service can also be used for complex problem-solving. For example, you as a construction engineer want to know how much pressure can your design hold before collapsing into the ground. Or a car designer wants to taste the effectiveness of the new safety. All these problems can be easily solved in a design simulation service accurately.
In order to solve these complex problems, engineers use FEA modeling services and Fatigue analysis services.
Accurately Calculate Effects of Various Factors
Finite Element Analysis is a numerical method used in computers to solve complicated problems. This method uses math and geometry to simulate the effects of various types of forces on a structure. It can accurately show the results of all those forces and identify structural errors. As a result, designers can easily understand the errors and update their designs to overcome that failure.
One problem with the FEA simulation is that it cannot predict the lifetime of your structure. Life expectancy is a very important part of engineering. It refers to the expected amount of time your design and structure can hold themselves. After the age of life expectancy, the structure starts to break and it becomes very risky to use it.
Calculate Structure Life Expectancy
To measure life expectancy, engineers use Fatigue Analysis Service. Fatigue Analysis Service evaluates your model with varying loads of pressure and identifies any susceptibility to fatigue damage. One pre-requirements of fatigue analysis are the stress result from static analysis. This analysis tool uses stress results and the loads your input to determine the load variation of one life cycle. With the data of one life cycle, fatigue analysis can estimate the number of cycles your model can go through before starting to break. Thus, it calculates long life and long damage. With the stress and load data, it can also determine a factor of safety for your model.
Test your Model to its limits
With this 2-design analysis tool, you can easily construct a practical virtual model for your structure and do a random test to make it perfect.
For example, you are given the assignment to construct a bridge for the transportation of semi-trucks that usually carries 80,000 pounds. So, the first thing you need to do is create a draft model by observing the spot, and determining the length and width of the bridge. Then you need to do is estimate how strong it should be. You determine all these factors from your observation of the place and given data. Now you test them by constructing a digital model using Finite element analysis services. You test it with random factors like weight, fire, and weather and eliminate all structural errors. Now what you need to do is estimate the life expectancy. To do that you need the stress results of your model and the number of 80,000 semi-trucks the bridge has to carry.
Final thoughts
With these results, you can easily make a perfect bridge that has no potential errors and a determined life expectancy.
